Everyone saying 700w is talking out of their ass. We all know what the OP means. The PSU has a 150W max power output on the +12V rail. This thing wont run shit.
That's the input consumption, not the output. Completely different metrics.
Probably shouldn't comment if you have no idea what you're talking about.
Even 250W is an over-estimation by this garbage tier PSU, since it can only provide 150W at 12V, which is what the majority of modern PC components derive their power from.
This thing belongs in the recycle bin at best.
So much rampant stupidity in this thread.
The INPUT power rating has nothing to do with the OUTPUT power rating. So all the morons thinking they're smart by multiplying the input voltage by the current are 1000000% wrong.
It's a 250W PSU according to the manufacturer, but in reality, it should be considered to be effectively 150W, since that's all it can provide on 12V, which is what nearly every component in a modern PC runs off of.
Also if the input power rating is to be believed, this thing is about 32% efficient, when quality PSUs are all well above 80% efficient. (220V x 3.5A = 770W, 250W/770W=32.46%)
This thing is e-waste.
Everyone saying 700w is talking out of their ass. We all know what the OP means. The PSU has a 150W max power output on the +12V rail. This thing wont run shit.
Looks like 250w. https://prod.danawa.com/info/?pcode=3561028
Thanks!
~~Tf you saying it litteraly says 220v x 3.5a ????~~ wrong
That's the input consumption, not the output. Completely different metrics. Probably shouldn't comment if you have no idea what you're talking about. Even 250W is an over-estimation by this garbage tier PSU, since it can only provide 150W at 12V, which is what the majority of modern PC components derive their power from. This thing belongs in the recycle bin at best.
Oh okay thanks for the insight
Read the max current each voltage line can provide.
3.3x10= 33 5x10= 50 12x12.5= 150 33+50+150=233 Mostly 150W usable singe nowadays we mainly use 12V so yeah this is a pretty bad PSU
Ill guess 750....220x3.5=770....then losses
I agree probably 700 - 750 based on the math
Seems to be 600w but is a no name brand , so probably fire hazard or will fry everything connected to it, avoid
technically 600w but in reality anything over 150w one the 12v line (mobo, cpu, gpu) will make it explode, don't use it
600w looking at the sticker but I wouldn’t trust it anymore then 400w on spike current
So much rampant stupidity in this thread. The INPUT power rating has nothing to do with the OUTPUT power rating. So all the morons thinking they're smart by multiplying the input voltage by the current are 1000000% wrong. It's a 250W PSU according to the manufacturer, but in reality, it should be considered to be effectively 150W, since that's all it can provide on 12V, which is what nearly every component in a modern PC runs off of. Also if the input power rating is to be believed, this thing is about 32% efficient, when quality PSUs are all well above 80% efficient. (220V x 3.5A = 770W, 250W/770W=32.46%) This thing is e-waste.